Ruby 865 Solar Street Lights

Part No: RBY-865-SSLT

Advantages :
1. 3030/5050 High Efficincy USA LED Chip, 170LM/W,Aluminium alloy + PMMA.
2. Elegant Integrated Design,Aluminum alloy case.
3.140 degree adjustable bracket, suitable for various roads.
4. The maximum wattage can reach 150 watts, specially designed for engineering.
5. Night sensor + Microwave motion sensor+Remote Control

Description
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Warranty(Year): 4-Year.
Light Source: LED.
Input Voltage(V): DC 12V.
Rated Power: 120 Watt
Lifespan (hours): 90000.
Battery: LiFePO4 Battery.
IP Grade: IP65 Wateproof.
Charging time: 5-6 Hours.
Working temperature -35 - 50.
Color Rendering Index(Ra): 80.
Model Number: RBY-865-SSLT.
LED: Chips SMD3030/5050.
Material: Aluminum Alloy + PC Lens.
Solar panel: Monocrystalline Silicon.
Lamp Luminous Efficiency(lm/w): 170.
Discharge time: 12hours 3-5 Rainy Days.
Working mode: Motion Sensor + Remote Control.
Application: Street light, highway, countyard, road.
Product Type: Ruby 865 led solar panel integrated road solar all in one street light.

The Ruby 865 Solar Street Lights are innovative lighting solutions powered by solar energy. They consist of photovoltaic panels mounted on top of light poles or integrated into luminaires, capturing sunlight during the day to charge built-in batteries. These batteries store energy to power LED (Light Emitting Diode) fixtures, which illuminate streets, pathways, parks, and other outdoor areas at night.

The design of solar street lights typically includes a durable pole structure supporting the solar panel, battery, LED light, and associated electronics. The solar panel absorbs sunlight and converts it into electrical energy, which is stored in the battery for later use. At dusk, the built-in light sensor activates the LED light, providing bright and efficient illumination throughout the night.

The Ruby 865 Solar Street Lights are equipped with intelligent control systems that optimize energy usage and performance. Some models feature motion sensors to activate the light when motion is detected, further enhancing energy efficiency and security. Additionally, advanced technologies such as remote monitoring and dimming capabilities allow for flexible operation and maintenance.